• Genomes - the basics
  1. Table of Contents
  2. Genomes
     1. What is a genome?
  3. DNA
     1. What are genomes made of?
  4. Comparing genomes
     1. How much DNA?
  5. DNA's code
     1. What is DNA's alphabet?
  6. Making proteins
     1. What are proteins made of?
     2. An Example (with codon wheel)
  7. Genes and 'junk'
     1. What does the rest of the DNA do?
  8. Variation
     1. Am I unique?
     2. How can mutations cause disease?
  9. Where to next...?
• Genomes - in detail
  1. Table of Contents
  2. In our cells
     1. From microscopes to molecules
  3. DNA: stuff of life
     1. The chemical
     2. DNA structure
     3. From structure to function
  4. Genes: DNA's instructions
     1. What are genes?
     2. Transcription: copying the code
     3. Translating the genetic code
     4. Assembling the protein chain
  5. Genomes: not just genes
     1. Making molecules
     2. Regulating protein production
  6. Many genomes: variation
     1. Am I unique?
     2. Mutations: large and small
  7. Where to next...?

• The Human Genome Project
  1. Table of Contents
  2. Overview
     1. An immense enterprise
  3. History
     1. Background to big biology
     2. Starting small
  4. Approaches
     1. Approaches to sequencing
  5. Sequencing
     1. Making maps
     2. Making libraries
  6. Sanger method
     1. The sequencing reaction
     2. Detecting the DNA
  7. Publication
     1. A draft
     2. Finishing the sequence
  8. FAQ

• Sequencing centre
  1. Welcome
  2. Sanger sequencing pipeline
     1. Making maps
     2. DNA libraries
     3. Sequencing
     4. Finishing
     5. Accessing information
  3. New sequencing technologies
     1. Sequencing at speed

• Genome Explorer
  1. InsideDNA's Genome Explorer

• Pharmacogenomics
  1. Table of Contents
  2. Background
     1. Just what are pharmacogenomics and pharmacogenetics?
     2. Human genetic variation
     3. Adverse drug reactions because of genetics
     4. Variation in responses to drug treatment
  3. Scientific opportunities
     1. Pharmacogenetics and cancer
     2. From gene to biological 'marker' of disease
  4. Medical use
     1. Pharmacogenetics in action
     2. Abacavir: Pharmacogenetics in practice
     3. Warfarin: Pharmacogenetic potential
  5. Medical challenges
     1. Challenges to overcome
     2. Biobanking and population genomics
  6. Social & ethical issues
     1. Personal genomics
     2. Personal genetic information
• Direct-to-consumer testing
• UK National DNA database
  1. Overview
  2. How the NDNAD has evolved
  3. What the data looks like
  4. Using the database
  5. Taking storing accessing samples
  6. NDNAD benefits
  7. Ethical issues
  8. Further information
• Personal genome sequencing
  1. We're all different
  2. Your genome and your health
• Genomic disorders
  1. Introduction
  2. Structural variation
  3. Genomic rearrangements
  4. Array technologies
  5. Birth of personal genomics
  6. Primate evolution
  7. Arrays in the clinic
  8. Early embryos
  9. From gene to treatment
  10. Unraveling autism genetics
• Evolution of Brain, Behaviour & Intelligence
  1. Genes and genomes
     1. Introduction
     2. Genes and genomes
     3. Is RNA the missing link?
     4. All change
     5. From DNA to RNA - and back again?
     6. The neanderthal genome
     7. A synapse through time
  2. Flies and worms
     1. Flies and worms
     2. Worms flock together
     3. Let sleeping flies lie
     4. Birds: bright and beautiful
     5. The song doesn't remain the same
     6. Avian singsong
  3. Birds: bright & beautiful
     1. Building a brain
     2. The early worm
     3. Virtual paleoanthropology
     4. More cells, more cells
     5. Mapping the brain
  4. Language & communication
     1. Language and communication
     2. FOXP2: a genetic window into speech
     3. Talking with neanderthals

• DNA and Proteins
  1. Zoom in on your genome
  2. Origami DNA
  3. Sequence bracelets
  4. Yummy gummy double helix
  5. What's my name in DNA?
  6. From DNA to protein
  7. Function finders
  8. Cell Snap
• HGP and gene technology
  1. How the human genome was sequenced
  2. DNA libraries - making a BAC library
  3. Subcloning
  4. DNA sequencing
  5. Sequencing at Speed
• Cancer
  1. KRAS: Cancer mutation
  2. Cancer: Rogue Cells
  3. The role of Cancer genes
• Pathogens
  1. Horizontal Gene Transfer
  2. Build a Bug
  3. Balloon Bugs
  4. Sneeze Zone
  5. Handshake Hazard
  6. Contamination Detectives
  7. MRSA Animation
  8. MRSA: Gene hunt
• Malaria Challenge
  1. Malaria Challenge
  2. The Big Debate
  3. Funding Decisions
  4. Managing Malaria
  5. Malaria: an introduction
• Model Organisms
  1. Spot the difference: Zebrafish

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